With comparative analysis of Figures 7, 8, and 9, we can find that the overall transmission performance of the 5R mechanism is mainly determined by the branch transmissibility.
The small variation in the overall transmission across bands is mainly because of the frequency response of the grating couplers.
Overall transmission efficiencies of ∼14% for F− beams have been obtained.
In the case study efficiencies up to 64% have been reached for the overall transmission.
Overall, transmission efficiencies for submicron particles were also evaluated using an ultrafine condensation particle counter.
The results show that the proposed bidding mechanism is able to lower the overall transmission losses.
The laser output beam was efficiently coupled through a 400 μm core diameter optical fiber with 90% overall transmission efficiency.
This yields state-of-the-art semitransparent polymer: fullerene solar cells with PCE of 6.5% and overall transmission >30%.
Our transport calculations show a significant change in the overall transmission value for large sliding distances along zigzag direction.
A comprehensive picture of modes of transmission in different settings would facilitate calibration of public health measures, which only need to reduce overall transmission by approximately one third, assuming a basic reproductive number of ~1.5 (ref. 27), to achieve control.
